Type-writing machine.



H. C. FORD. TYPE WRTNG MAGHINB APPLIGATMN HLBD MAR,2B,1908,

Patented Jan. 4, 1910.

6 SHEETS-SHEET l.

C C@ @E2 2X H. C. FURD.

TYPE WRITING MACHINE,

APPLIQATION fxLn MAB.z,1sos,

Patented J an. 4, 1910.

6 SHBETSSHEET 2.

H. C. FORD.

TYPE WRITING MACHINE.

APPLICATIGN Puma MAB. 2a, 1908.

Patented Jan. 4, 1910.

6 SHEETS-SHEET SA PV! TN ESSE S H. U. FORD. TYPE WRITING MACHINE.

APPLIGA'llON FILED MAB.28,1B08.

Patented J an. 4, 19H).

A INVENTOR.

BY f ,527km vafH/Q/ A T TORNE Y.

H. C. FURD.

TYPE WRITING MAGHIB. APPLxoATloN mmm um. 2

Patented Jan. 4, 1910.

6 SHEETS-SHEET 5.

INI/ENTQR. 4M 3M ATTORNEY.

6 SHBBTS-SEBET 6.

Patented Jan. 4, 1910.

H. C. FORD. TYPE WRITING Mmmm. APPLXATION FILED MAR. 28, 190B.

[N VE N TOR.

A TTORNE Y.

WITNESSES:

Vof the parts shown in v the top UNITED STATES OFFICE.

HANNIBAL C. FORD, 0F SYRACUSE, NEW YORK, ASSIGNOR T0 THE SMITH PREMIER TYPEWRITER COMPANY, 0F SYRACUSE, NEW

YORK.

Specification of Letters Patent. Application ftled March 28, 1908.

YORK, A CGRPORATION 0F NEW TYPE-WRITING MACHINE.

Patented Jan. 1 1, 1910. serial No. 423,916.

To ad 'whom fit may concern.'

lie it known that I, HANNmAL C. Fono, a citizen olt the United States, and resident of Syracuse, in thc county of Onondaga and State of New York, have invented certain new and useful Improvements in Type- \\"riting Machines, of which the following a specification.

My invention relates to typewriting machines and more particularly to tabulator mechanism for such machines.

My invention has for its principal object. to provide improved denominational tabulator mechanism and column selecting mechanism either of which may be operated separately or which may be operated simultaneously whereby the typewriter carriage may bc brought by one continuous `movement to any selected denominationalposition in any selected one of a plurality of columns without being arrested at any other column positions that may intervene between the starting position of the carriage and the position at which it is desired tb arrest it.l

Another object of my invention is to .provide improved column selecting mechanism whereby the carriage may be brought by a continuous movement to any selected one of a plurality of column positions.

Other objects of the invention will appear 1n the course da? the following description.

To the above ends, iny invention consists in certain features of construction and combinations and arrangements of parts, all of which will be fully set forth herein and particularly pointed out in the claims.

One form of my invention is illustrated iin the accompanying drawings, wherein the same r .ference character is used to designateF the same parts in the several views.

Fi ure 1 is a front to rear vertical section. view of parts of a typewriting machine having my invention embodied therein, the tabulator mechanism bein(r shown in elevation. Fig. 2 is a detail side elevation of part ofthe mechanism, parts being shown in section. Fig. 3 is a ttp plan view of most ig. 1, butwith parts shown n i section and parts broken away and plate of the typewriter removed. Fig. 4 isla fragmentar plan view of art of the mechanism, part y in section. Fig. 5 is a rear elevation of a. ty ewriting machine with my vinvention embodied therein, arts being omitted and parts broken away. tigs.

l to 5 inclusive represent all parts in normal positions. Fig. t5 is a fragmentary vertical sectional view of part of the denominational tahulator mechanism, the section being taken on the line 6 6 of Fig. 3. Fig.` l7 is a view similar to Fig. 2 but showing cirtain arts which are omitted in said Fig. 2. In 41jgs. (i and 7 one of the decimal tabulator keys, namely the one corresponding to tens of dollars, is shown depressed, but the column selecting mechanism is in normal position. Fig. 8 is a left-hand side elevation of part of the nnichanism, partly in section. Fig. 9 is a fragmentary right-hand side alevation of parts ot the mechanism including the rear ends ot the column selecting key levers and their connected parts. 1n Figs. 8 and t) the parts are shown in the positions which they occupy when the column Selecting key marked 4 is depressed. Fig. 10 is a perspective view of part of the column stop bar showing the adjustable column stops in position thereon. Fig. l1 is a fragmentary ett-hand side elevation of the tabnlator mechanism with parts of the typewriting machine shown in section and parts broken away. In this figure the first column selector key and one of the denominational tabulator keys are shown depressed siinnltaneously. Fig. 12 is a fragmentary perspective view of the rear end of a lever forming )art of the column selecting -mechanism. ti s. 13 and 14 are similar view of the rear en s of twp of the column selecting keylevers. Figs. 1, 3, 5 and 11 are on a reduced sea-le and the other views are full size. t f

My invention is applicable to typewriting machines generally but I have here shown it applied to that form of typewriting machine in which the key andit 'pe actions are stationary and in "which the paper is carried by a carriage that moves back and forth across the machine; and more specifically, I have shown my invention applied to a front` strike typewriting machine.

y The main frame of the machine shown in the drawings comprises side plates 10 haw ing corner posts 11 integral therewith, and said corner posts support a top plate 12. The side plates 10 are connected together near the bottom ofthe machine by a. back plate or frame piece 13 and at the front by avertical late Hand an inclined keyboard plate 15. i tandards 16, rising from the top with a sui able pointer to indicate the di plate, support a stationary carriage rail 17 which in turn supports a carriage 18 by means of anti-friction balls or rollers 19 running in suitable raceways formed in the rail 17 and in the carriage. The carriage 18 has mounted thereinfa platen 20 against the front face of Whichtypes mounted on front-strike trpe bars are adapted to strike in order to e ect the printing on the pa er. The type action as well as the'paper eed devices and other appliances pertaining to this style of ty ewriting machine have een omitted from tje drawings, as the particular construction of these devices forms no 4part of the present invention. The carriage may also have suitable scale plate coperatin ferent letter space positions to which ysaid carriage may be moved, but these parts likewise are not shown in the drawings and, as far as my invention is concerned, they may be of any suitable construction.

The 'carria e is driven from right to left along the rai 17 and across the machine by means .of a large toothed gear 22 which meshes with a broad rack 23 secured to the lower edge of the lower rail of the carriage. The gear 22 is mounted on a shaft 24 which is journaled at its ends in frame plates 25 and 26 dependin from the top plate 12, and said gear 22 is riven by a spring 27 coiled within a spring drum 28 mounted on the shaft 24. A `second ear wheel 30 meshes with the rack 23 and is loosely mounted on the shaft 24 by the side of the gear 22. The gear wheel 30 meshes with a pinion 31 (Fig' l) which is mounted on a shaft 32 journaled inthe frame plates 25 and 26, the pinion being mounted for rotation independently of the shaft but held against motion endwise of the shaft. As shown in Fig. 1, the rear face of the pinion 3l is formed with ratchet clutch teeth which mesh with corresponding teeth on a clutch member 33 slidabl mount!h ed on the shaft 32 but constrain to tur'n. in unison with said shaft by splines 34 (Fig. l) which slide in slots cut in a flange orenlargement 35 (Figs. l and 5) rigid with the shaft 32. The clutch 33 is pressed toward the front of the' machine into enga ement with the pinion 31, by a spring 36 ig. l). The construction is such that the, shaft 32 normally turns with the pinion 31, being connected therewith by theclutcli 33, but said pinion may be freed from the shaft by moving the clutch 33 toward the rear of the machine, thus leavin the carriage free to be moved in either direction without turning the shaft 32. Said shaft 32 may be controlled by any suitable carriage escapement mechanism, which mechanism, however, is not shown in the present instance. As shown in the drawings, this shaft has rigidly secured thereto a gear wheel 37 having spiral teeth which are esigned to drivera small pinion having an escapement wheel thereon in the manner set forth in the pendin plication of Alexander T. Brown, Seria N7). 347,104, filed December 10, 1906.

The tabulator mechanism comprises a column stop bar 40 supported by two arms 41 depending from the upper art of the carringe 18 so that the bar 40 langs down behind the top plate 12. Said bar 40 has in its front and rear faces a series of vertical slots 42 (Fig. 10), spaced a letter space distance apart, for the reception of U- shaped column stops 43, 44, 45 and 4G. Each of these column stops or stop pieces has depending from its lower side two lugs which constitute the real column stops or stop portions of the stop pieces; that is to say, it is with these lugs that the key-con trolled stops coperate. Each of the column stop pieces has a stop lug 4T in the middle thereof or directly beneath the middle of the stop bar 40, and in addition each` of these stop pieces has another lug 48 oitset from the `,middle, no two of these stop lugs 48 being in line. One of the stop lu s 48 is a little behind and another is a litt e in front of the lug 47 `oi. the corresponding stop piece; another fls aty the extreme rear, and another at the extreme front of its stop piece. AAll of the stop lugs 47 are in the same line so that the all traverse the same path when the carria e moves across the machine. A series of enomination stops 50 are mounted beneath the column sto s 43-46, said denominationstops, except t e one at the extreme left of the series, consistin of the u er ends of a series of u ri ht ars 51, a of which are alike. T e le t-hand denomination stop 50 consists of the upper end of an u right bar 52, the lower part of which dit'l'grs somewhat from the corresponding parts of the bars 51 and is differently connected up and operated. By an inspection of Fig. V1 it will be seen that if anyone of the denomination stos 50 be moved directly upward it will e moved into the path of the stop `lugs 47, whereas if any one of said*y stops be moved upward and at the same time be moved toward the front or the rear of the machine it will be brought into the path of one or another of the stop lugs 48, depending on the fore or aft position to which the denomination stop 1s moved. I have provided a set of denomination keys for moving any one of the stops 50 upward and a set of column keys or .column selecting keys for moving the entire series or gang of denomination stops toward the front or back of the machine different distances so as to bringA which ever one of said dendmination stops` is elevated, into the path of any selected one of the stop 1u s 48.

Each ofthe upright ars 51 and 52 is bent Iforward and.y thence backward, as

`of thebars 51 is I ,shown invFig. 1, in order that said bar may pass in front of the hack plate 13 of the Stationary frame of the machine, which back plate, in the machine-shown in the drawings, extends aty its upper part at an inclination toward the front of the machine. As shown, for example, in Figs. 4 and G each iyoted at its lower end at 53 tothe rear end of one of the arms 54 of aseries of nested yoke frames or hails, which frames ot hails consist of the arms 54 and arms 55 cbnnected together by yoke pieces for bars 56. `All of the arms 54 and 55 are ivoted on a rod 57 which is `supported by rackets 58 secured to the under side of a frame bar 59, which at its ends is fastened to the side plates 10. These bails are held in their normal positions with their rearward extending arms depressed, by a series of spring tongues (i0 projecting toward the rear of the machine from a plate 61 which is secured by screws 62 to the. top of the cross bar 59. Each of the arms 55 of the hails has secured thereto byY rivets 63 a lever arm 64 which extends toward the front of theV machine and has piv'oted thereto at its forward free end at 65 the stem Gt ot a denomination key 67.

As shown in the drawings cach of the arms 64 passes beneath the for vard parts of the nested bails and at its rear end extends upward to the point where it is secured to the arm 55'of one of said bails; so that when one of the denomination keys is depressed as shown in Fig. (l the corresponding yoke bar 56may have its necessary downward motion Without striking any of the lever arms 64 that have not been depressed. Said lever arms 64 fan outward toward the right and left, as best Shown in Fig. 3, so as to brineY the denomination keys 67 a suitable distance apart. It will be n oted that the denomination stops are connected with the righhhand set of armsv 54, whereas the keys are connected with the left-hand set' of arms 55, so that the keys' are in the reverse` order of the stops. This brings the decimal key at the right` of the series ot' keys and the key ot highest denomination at the .lett of said series, which is the natural order o'l" the keys. lIt will be perceived that each ot' the connections comprising a lever arm G4. arm 55, yoke bar 56 and arm 54, constitutes in eeeta lever of the first order pivot ed on the anism. The upper parts ot' the stem tid of all of the denomination keys. including that for the decimal point, are guided by two plates 70 and 7l, the former ot which is secured to the front edge of the top plate l2 and has formed therein a longitudimll ril 72 which-guides the upper parts of the screral key stems against motionr toward the back of the machine` 'lhe plate 7l .is formed atits' upper and lower edges with flanges which are secured to the plate 70 and which llangcs are toi-med with notches in which the several key stems arc guided. The dclwnlnation keys are thus arranged in a transverse row at thebaek of the kerlmard ot' the machine.

The column selecting mechanism comprises a guide piece or har 73 for the upper ends ofthe stop hars 51 and which guide piece is movable in a trout` and hack diretXA tion in a manner. and by means, now to he described.' As shown in Fig. 3 the ,cuide piece 73 is in the, nature ot a comb plate har ing' slots cui therein from its rear edge a letter space distance apart' and having' the bars 5l and 52 slidably guided in the slots thereof. Said slots are closed at their rear ends by a plate 'alsecured to`the bur Til b v screws 75 (Fig. 5)? The comb plate Tit is secured by screws 7G (Figa-Il) to the upper part ot a ,trame 77 which is piroted on a rod 78 passing through and secured to a bracket 75l dependimoy from the top plate l. The rod 78 projects from the bracket T!) both in a left-hand and in a right-hand direction and the frame 77 is formed with two arms each oi" which is pivoted on one ot' the ends of said rod. At thtI right-hand end ot" the` rod TS the frame 77 is pivoted on said rod by a huh Htl of said frame, and an arm Si projects from said hub dmrnward and loward the right` the extreme lower right-hand end of said arm heinlgIr horizontally disposed and havingr journaled thereon an elongated anthfriction roller H2 which is 'retained on its bearingl by the head otI a ser-ew Sil. thread ed into the end of the arm Si. 'lhe construction is such thatV the comb plate, Til and, with it, the entire graue' of hais :il and 52, may be moved toward the t'ront or back of the nmchine by rocltingA the trame 77 about its pivot 7S, the hars 5l in this operation rocking about their pivots; :'I and thc har Si). rocking about a pivot at its lower end, which pi vot, will be described later on.

then the carriage is arrested by any of the denomination stops the shock o'll arrest comes on the trame 77, and in order that this shockma)Y be more advantageously taken by said frame, l provide an arm S5011 the upper part of said trame and projecting toward the front of the machine. As best shown in Fig. 5, this arm 8.2i moves in a groove between two lugs SV dependnlgsI from the top plate 1Q. The arm is' vfree to more lib llt)

in a front and back direction in this groove but the lugs 80 prevent lateral motion of the arm 85 and, therefore, of the frame 77 when the stops come into contact. The arrangement just described also prevents motion of the frame 77 lengthwise of its Jivot 78.

The frame 77 may be move toward the front or back of the machine by any one of a series of column keys or colulnn selecting keys 87, 88, 89 and 90; which keys, as shown in the drawin s, are arranged one in front of another at t e extreme r1ght-hand side of the keyboard of the machine. Each of these keys is mounted on the upper end of a stem 92, said stems passing through suitable guide openino's in the keyboard plate 15 and ein pivotet at their lower ends to the forvvar ends respectively of a series of key levers 93, 94, 95 and 90, all of which are pivoted side by side on a pivot screw 97 threaded. into the right-hand side plate 10 of the machine frame about midwa of the lengths of the several key levers, w lich key levers, it will be seen, are of the first order. As shown in Fig. 3, the forward ends of these key levers, except the first, are bent to the right so as to bring all of the keys into a straight line fore and aft of the machine.

A fifth lever 98 is pivoted on the screw 97 by thc side of the kefy levers, and, some distance to the rear o said pivot screw, the lever 9S has a pin 99 projecting therefrom over the tops of the key levers 93, 94, 95 and 90, this pin constituting a 'universal bar which is elevated Whenever any ofthe column'keys is depressed, the construction being such that Whenever any of said keys is depressed its key lever is rocked about the screw 9,7 and the universal lever. 98 is also rocked about said pivot screw.

Each of the levers 93, 94, 95, 90 and 98 is provided with a returning spring 101, these springs, as shown in the (present instance, being coiled springs secure at their lower ends to the levers and at their up er ends to a bracket. 102 which is secured y screws 103 to the side plate 1 of the machine. vThe bracket is here shown struck up out of sheet metal and havin bent oft' therefrom an arm or bracket 104 t iat hangs down to the left of the forward end of the lever 98 and serves i as a guide for the forward ends of the levers.

lin 106 act on the roller 82 to retain said ro ler normally in the middle of the opening considered in a ,front and back direction, with the resultzthat the frame 77 is normally held in its middle position as shown in of the machine.

man

Fig. 1, in which osition the denomination sto s, if operat by a denomination key, `wi come mto the paths of the stop lugs 47 of the column stops. It will thus be seen that if one of the denomination keys is def pressed Without depressing a column key, the carriage will be arrested by the first column stop that reaches thebperated dnomination stop so that the tabulator will work under these conditions as an ordinary denominational tabulator.

Each of the column selecting key levers is formed at its rear'end with a cam adapted to move the roller 82 one Way or the other from its middle position. This set of cams is shown in Fig. 9 and two of them are shown in detail in Fi s. 13 and 14. As shown in Fig. 13 the rey lever 9G has in its upper edge a notch 110 and a cam surface or edge 111. Then this key lever is operated as shown in Fig. 9, the cam 111 moves the roller 82 a short distance toward the rear of the machine, after which said roller is engaged by the lever in the notch 110, whereby the roller is accurately positioned` The upper part of 'the frame 77 is thus moved toward the front of the machine, bringing the denomination stops 50 into such position that if one of said stops be elevated said stop will be brought into the path of the Stop lug 18 of the column stop 43, which, in the arrangement shown, is the column stop at the extreme right of the series of column stops. When the parts are operated in this manner thestop 50 is not -in the path of any of the other column stops so that the carriage will move to the fourth column position without being arrested at any intermediate column position. This fourth column key may be depressed simultaneously with any one of the enomination keys so that the carriage vgill move at once to the selected denominational position in the fourth column.

rlhe ke lever 95, which is connected with the thir column key 89, is formed with the same sort of cam and notjch as the key lever 90 except that the cam is reversed so as to move the roller 82 toward the front of the machine instead of toward the back This will bring the denomination stops into position -to arrest the third column stop 44 without arresting either of the two preceding column stops. The rear end of the key lever 94is shown in Fig. 14 where it will be seen that the end of sald lever is formed with a cam 112 and a vertical end 113` By an ins ection of Fig. 9 it will be -seen that if t is key be operated-the cam 112 will move the roller 82' toward the rear ofthe machine a greater distance than the lever 96. l The lever 94 will infact move the roller '82 toward the rear until it is arrested by the rear wall 114 (Fig. 12) of the opening 106 in the universallever S18. ln a similar fashion the lever 93 is formed at its end with a, cam 11.3 (Fig. ll) and a forward vertical edge llt so that if this lever be depressed the roller 82 will he moved to its extreme forward position until it is arrested by the front wall 11T (Fig. 12;) of the opening 106, When any of the keys is operated its lever, through the pin 9S), raises the rear end of the lever 9S, thus moving the cams 107 and 108 away from the roller 82 and leaving said roller free to be moved by the cam on the rear end of the operated key lever. When the key is released it is returned to normal position by its spring 101 and the lever 98 is also restored to normal position by its spring 101, causing the cams 10T and 10S to restore the roller Si) and the gang of denomination stops to their normal central position.

In order to release the carriage from its escapement mechanism when any of the coluniu selecting keys is depressed, a universal har 12() is provided which overlies all of the column key levers just forward of their cam ends. lt will be noted that all of these key levers artl pivoted on the saine axis but that the keys are not at the same distance from said axis so that the rear ends of these key levers will be elevated different distances, the key lever 9U being elevated the shortest distance and the key lever 93 the greatest distance when the keys are depressed. ln order to compensate for this inequalit' in the 'motion of the levers and to canse a `l of said levers to impart the same extent of niotion to the universal bar .120, the levers94, 1);? and 96, where they engage the universal liar 120, are formed with shoulders 121 suit-' ably`- graduated in height as will be linden stood by an inspection of Fig. 9. The universal bar 120 consists of the end of a rod or shalt 122, thc straight part of which is journaled in ears 123 projecting forward `from the back plate 13 of the machine., At its right-hand end this shaft is bent toward theA front of the machine forming an arm '1211V and Vthe l'ree end of Said arm is bent toward the left, forming the universal liar. 120.

Nea r the left-hand end of the rock shalt 122, Y

" ,iillyinoiinled by means oll its hub ll) on the an arm 125 is rigidly mounted on said rock shaft by means ol a hub 126 (Fig, Si) and as best shown in Fig. l this arm extendsy l'orivard and upward and at its iijipcrccnd rngages an annular groove Lorna-d in the clutch member 'lhe cointruclion is such that when any of the column selecting keys' is depressed the arm 125 moves the clutch member l toward the rear of the inacliine,

thus releasing the carriage Vfrom its escapemcut'mechanism and allowing it to be drawn freelyrtoward the left by its spring?? until it is arrested by the tabnlator. As shown in Fig. 4 the shaft 122 is provided with-a returning spring 127 which is coiled arpund dll.

said shaft and'is connected at one end to the shaft and at, its other end presses against the hack plate 13. The denominational tabulator is also provided with@ universal bar 12S which, as shown in Fig. 4, overlies both the arms 54 and the arms 55 ofY the balls which are connected with the denomination keys. For reasons which will presently ap.H pear, this universal bar is not rigidly connected with the shaft 122 but is mounted on an arm 130 which at its rear end is pivoted on said shaft 122 so that the shaft can turn without elevating the universal bar 128. 1n order to prevent said universal bar from rising when the shalt 122 is rocked by one of the column key levers, a depending arm 131 is connected with the arm 130 and is formed at its lower endwith an opening through which projects a headed screw 132 and a. restoring spring 133 is compressed between the arm 131 and the head of said screw. W'hen one of the denomination keys is operated the universal bar 128 is elevated and the arm 131 is moved toward the front of the machine, compressing the spring 133 as shown in Fig. 7.

The plunger bar 52 is connected that when the righthand decimal key 67, come spending to the decimal point, is depressed, said bar o2 will be elevated to bring the stop 5l) into operative position; and when any one ol' the column selecting keys is depressed Withoiit depressing a denon'iination key this har 52 will also be elevated at the same time that the frame 77 is swung toward the front or back of the machine, so that the stop .3() at the upper end of this bar is the stop Vwhich is operated by the column keys; but when one of the denomination keys other than that for the decimal point Vwith an o'pen-endcd slot that embraces a pin lUlti projecting from an arm 137 depend` ,iugv from the universal bar 128 of the dciiominiition key levers. An arm 13S is rigrock shalt 122 and the Heating lever 13B-is pivotrd about midway ol thc length thereof lo said arm 1:58 by means' ot a pm or screw pin 142 which projects into a slot 143, this pin and slot connection permitting a limited oscillation ut' the lever 135 about its pivotl L41. lhe pin 142 projects tlirough'the lever Near its free end the arm 138 has a,

l (ifi 94ans@ spending to the decimal point. The lefthand arm 146,-of this bail is not long enough to reach the universal bar 128 and the arm 145 as shown'in Fig. 6 is so formed as not\ to o erate said universal bar.

T e` o eration` of these parts is as follotvs:-l/ilhen the denomination key for the decimal ointgis depressed, the arm 144, striking t e p'inf142, raises the arm 138, thus rocking the rock-shaft 122, and moving the pivot 141 of he fioating lever 135 upward, rocking said ating lever about the pin 136 as a center, the 'universal bar 128 being held down at this time by the spring 133. The lever 135' rocking about the pin 136 as described, raises the bar 52,' bringing its stop 50 into the path of the stop lugs 47. Virhen one of the column selecting keys is depressed without operating a denomination key the rock shaft 122 is rocked by the column key acting on the universal bai' 120. The arm 138 rocks with the rock shaft 122 and the pin 141 operates the floating lever 135 as efore, raising the bar 52 to bring its stop 50 into o erative position at the same time that the rame 77 is rocked oneiway or the other b the column key. When a column key an a denomination key other than the decimal oint key are operated simultaneously, t e rock shaft 122 is rocked by the universal har 120 but in this operation the universal bar 128 is also elevated and the pin 136 moves upward with it. The pin 136 and the arm 138 therefore rock approximately in unison about the axis of the shaft 122. Thepivot 134 ofthe bar 52 has there,-

fore only a slight motion if any at all, and' the bar 52 is either left undisturbed or is moved so very little as not to bring its stop into operative osition. The denomination stop corresponc ing to the operated denomination -key is elevated and the frame 77` is rocked in accordance with the column key which is operated. This operation is shown in Fig. 11 of the drawinvs Where one of the denomination keys and tllie first column ke.' 87 are shown simultaneously depresse When one of the denomination keys other than that for the decimal point is operated Without operating a column ke the universal bar 128 is'elevated. As t el pin 142 is normally at4 the bottom of the slot 143, the lever 135 cannot rock about its pivot 141 When` the pin`136 is raised by the universal bar 128. onsequently, when this universal bar is operated the arm 138 is rocked u i ward by the floating lever 135, rocking t e shaft. 122 and releasing the carra e. The plun er bar 51 corresponding to t e operated (ey, is elevated, but the bar 5 2 is not. i

It will be perceived that. the left-hand one of the denomination stops is adaptedto be operated by the correspondingV denomination key; that. said stop is adapter to be operated by any of the column keys when said column key is depressed alone, and that when a denomination key other than the one corresponding to the left-hand denomination stop is depressed, said left-hand denomination stop is maintained out of operation whether a column key be o erated at the same time or not. It will a so be perceived that the carria e releasing mechanism is operated by any o the denomination keys and by any of th,c column keys whether said keys be operated singly or jointly.

The'stop pieces 43, 44, 45 and46 may be regarded as carriers and the Vrejections 47, 48 may be re arded as the coliimn stops arranged at di erent pointsfore and aftof the machine along said carriers. The stops 47 form a row; and, in case eight stop `carriers, for example, be eniploye in themachine, two of saidzcarriers would havestops 48 arranged in a row, and the several rows of stops would be out of lin'e with one another. The guide 73 for the denomination stops, is adjustable to bring said denomination stops into line with any selected row of column stops, each row extending parallel with the rack 40.

Various changes may be made Without departing from the spirit and scope of my invention.

What I claim as new and desire to secure by Letters Patent, is i 1.In a typewriting machine and in column selecting mechanism, the combination with a carriage, of a series of separately adjustable column stops having stop portions out of line with each other, a cooperating stop, means for normally maintaining said coperat-ing stop in a` middle position, a sci'ies of column selecting keys, and means operated by said keys for moving said coperutinv sto i in different directions from its norrnatl mi( die position for cotpcration with one or another of said column stops..

2. In a typewriting machine and in column selecting mechanism', the combination with a carriage, of'a series of separately adjustable column stops having sto portions out of line with one another and a so having centrally disposed stop portions all in line, a cooperating stop, means for normally maintaining said coperating stop in a middle position, a series of column selecting keys, means operated by said keys for moving said coperatin 'stop in differentdirections from its nornu middle position for cop- Aeration with one or another of said column stops, and means for projecting said coperating stop into line wlth said central disposed stop portions.

3. Inra typewriting machine and in col, umn selecting mechanism, the combination with a carriage, of a series of column stops having sto another, a ey-controlled stop for coperation with said column stops, means for mor;

surfaces out of line with'one `tions, a stop `or stops controlled by said cams. one operated hy each of said key ,moving said stop into the path of one of Vposition, means wilicreby any of said keys ing said key-controlled stop to an operative position, a guide for said key-controlled stoi, and means for moving said guide in di 'erent directions from its normal position to bring said stop into cooperation with one or another of said stop surfaces.

4. In a typewriting machine and in column selecting mechanism, the combination with a carriage, ot a series of column stops having stop surfaces out of line with one another, a cooperating stop, means for effecting a relative ad'ustmeiit of said coperating stop and said series of column stops to select the particular column stop to be engaged by said cooperating stop, the extent of the adjustment being less than the width of the series of column stops, and means for moving said cooperating stop into an op erative position.

ln a ty),'ievvritingl machine and iii table lating mechanism,A the combination with a carriage, of a series of column stops, cach having a stop lug 47, said stop lugs 4T being in line with one another, and each ot said column stops also having a stop lug 48, said stop lugs 4S being out of line with one another, a series or'. separately operable denomination stops, means for projecting any of said denomination stops into line with said lugs 4T, and means for projecting an of said denomination stops into line withr either of said lugs 48.

(5. In a typcwriting machine and in col umn selecting mechanism, the combination with a carriage, of a .series of column stops, a pivoted frame, a series of column selecting keys, cams operated by said keys and moving,r said frame about its pivot to different posipivoted frame, and means for moving the last mentioned stop or stops into the path of one of said column stops.

'i'. ln a typewriting machine and in column selecting iiiechanisui, the combination with a carriage, of a series of column stops having stop surfaces out` of line with one another, a series of column keys, a series of a frame adapted to be moved to different po sitioiis by said cams, a cooperating stop controlled by said frame, and means for said column stops.

ta'. ln a typewriting machine and in column selecting mechanism, the combination ivitha carriage, of a series ot column` stops having` stop surfaces ont ot' linefivith one another` a frame movable to different posi-v tions on opposite sides of its', normal osi-` tion, a series of column keys, a series o devices controlled respectively by said keys for nioviiipr said frame to ditterent positions, a device for restorinr said frame to its normal frees said frame from said restoring device, a stop controlled by said frame, and means for moving'said stop into the path of one of saidcolunin stops.

9. In a typewriting machine and in eolumii selecting mechanism, the combination with a carriage, ol. a series of column stops having stop surfaces ont of line with one another, a pivoted frame having an arm, a series of column key levers each formed with a cani adapted to engage said arm and to move it to a predetermined position, a universal lever having a cam for restoring Said arm to normal position, means whereby any of said key levers operates said universal bar to freezsiiid arin, a stop controlled by said frame, and means for moving said Stop into the path of one of saidcohiinn stops.

l0. In a typewritiiig machine and in tabulatiiig mechanism, the combination with a carriage, ot' a series of column stops' having slop surfaces out of line with one another, a cooperating stop, a guide for said coper- :itiiig stop, means for moving said guide in one direction transverse to the direction of carriage feed to bring said coperatin sto into register with one 'or another 0 .sai column stops, and means for moving slid'cooperatinl stop in another direction mnsverse to the direction of carriae feed to bringsaid cooperating stop into Elie path of one of said co umn stops.

"iii

11. ln a typewritiiig machine and in tabui of carriage feed to move said coperating stop into the path of a column stop.

l2. In a typewriti'ng machine and in tabulating mechanism, the combination with aeari'iage, of a series ot column stops, a series of independently operable denominationstops for coi'iperation with said column stops.,

a special stop for cooperation with said ,colf umn stops, a series of column selecting keys, l

means whereby any one of saidcolumn selecting keys in'oves said tspecial stop `tooperative position, a series of denomination keys one connected` vwith each of 'said de i nomination Stops, vand means Yo 'er'ated said denomination keys lfor ren erin sa! les column keys inoperative to move sai special stop to operative position.

13. Ina typewriting machine and in lating mechanism, the combination wi'tha, carriage, of a series of column stops, u series' when a column key is depresse of ke r controlled stops inclu'ding a special stop, land operated devices for movin said special stop into the path of one o said column stops, a series of denomination keys for operating saidvseries of key controlled stops, and means whereby when any of said ke 's is de ressed said hand o eratcd column se cctin evices arehrendere inoperative to move said special stop to operative position.

14. In a t'ypewriting machine and in tabulating mechanism, the combination with a carriage and column stops, of a series of independently operable stops, a special keyoperat'cd stop, a series of denomination keys connected w1th said independently o erable stops, a series of column selecting (cys, a floating lever connected with said special stop, means operated by any of said column f selecting keys for rocking said floating lever about one center to project said special stop into operative position, and means operated by said denomination keys for Arocking said lever about another center whereby' said special stop is prevented from moving to operative position.

15. In a typewriting machine and in tabulating mechanism, the combination with a carriage and column stops, of a series of column keys, a series of denomination keys, a series of denomination stops connected with said denomination keys, a universal har for said column keys, a universal bar for said denomination keys, connections be tween said universal bars,v a` special stop connected with said connections, said connections including means whereby the universal bar for the column keys projects said special stop into operative position, and means whereby the universal bar for the denomination keys prevents said special stop from movin to operative position.'

16. n a typewriting machine and in tabulating mechanism, the combination with a carriage and column stops, of a serii'es of column keys, a'carriage release device operated by any of said column keys, a series of denomination keys, a universal burfor Said denomination keys, a lifter donne-cred with Said carriage release device, a' floating lever` pivoted to said lifter and tol said universal bar, a special stop' pivotally connected with said floating lever, the construction and arrangement bein f such that alone said lifterI rocks ysaid floating lever about its pivotal connection with said universal bar as a is operated said-universal bar operates said lifter through said floating lever and thus operates the carrie e release device without l moving said specie stop to operative position.

17. In a. t peivritin machineV and in tabu- 4lating vmec anism, t e combination of a series of tabulator keys arranged in a row at the side of the keyboard a series of levers pivoted side by side and connected with said keys, a universal lever ivoted by the side of said key levers and aving a part 99 in position to be operated by any of said key levers, and tabulating mechanism operated b said key levers.

18. n a typewriting machine and in tabulating mechanism, the combination with a carriage and column stops having stopfsurfaces out of line with one another, of a' series of denomination stop bars, a series of key levers to which said stop bars are res ectively pivoted, a guide for the free en s of said stop bars, and column selectin mechanism for moving said guide to di rent positions to bring saidseries of denomination stops into'position for projection into the path of one or another of said column stops.

19. In a t-ypewriting machine and in tabulating mechanism, the combination with a carriage, of a series of column sto s, a series of column keys, a stop operable y any of said column keys and cooperating with said column stops, a series of separately operable denomination stops for cooperation with said column stops, a series of denomination keys, each connected with one of said denomination stops, and means operated by said denomination keys for rendering the first mentioned cooperating stop inoperable by the column keys.

20. In a typewritiug machine and in tabulating mechanism, the combination with a cal-ria e, of a series of column stops,'a series of coiiimn keys, a stop operable by any of said column keys and cooperating With said column stops, a series of separately operable denomination stops for cooperation with said column stops, a series of denomination keys, each connected with one of said denomination stops, means o erated by said denomination keys for ren ering the first'mentionecl cooperating stop inoperable by the column keys, and an additional denomination key for operating the first men tioned cooperating stop independently of the Y column keys.

21. In a typewriting machine' and in column selecting mechanism, themmnpination with a carriage, of a series of column Stops having stop surfaces out of line with one another, a key-controlled stop for `coperation with said column stops, an adjustable guide for said key-controllied stop, key-controlled means for movin said guide from its normal position to di erent set. positions corresponding to the different stop surfaces, and ke -contro1led means for moving said stop re atively to its guide to 4bring said stop into the path of t eselected stop surfaces.

22. In a typewriting machine and in tabulating mechanism, the combination with a carriage of a series of column stops each independently adjustable to different letter s ace positions and having contact surfaces differently disposed, a series of separatel operable denomination stops, means for e fecting a relative movement between theA entire series of denomination stops and the entire series of column stops to bring said denomination sto s into line with any selected one of sai contact faces, and means for operating any one o said denomination stops, where y the carriage may be arrested vat a selected denominational position in a `selected column.

23. In a typewriting machine and in tabulating mechanism, the combination with a carriage, of a series of column stops mounted on Said carriage and having Contact surfaces dierently disposed and each independently adjustable, a frame, a series of,

Vlating mechanism, the combination with a carriage and column stops, of a gang of separately operable denomination stops, ta nlator keys for operating said denoinination stops, and handI operated means for moving said gang of stops as aii entirety to different set positions to enable any of said denomination stops to co-aet with different column stops.

25. 'In a typewriting machine and in tabu` lating mechanism, the combination with a carriage 4and column stops, of a gang of separately operable denomination stops, a guide for said denomination stops, and handoperated means for adjusting said guide to different ositions to enable any of Suid denomination stops to co-act with different column stops.

26. In a typewriting machine and in tabu` lating mechanism, the combination with a carriage and column stops, of a gang of separately operable denomination l stops, keys for operating any one of said denomination stops, und a key for moving said gang of.

sto s as an entirety to ditl'erent positions to ena le any of said denomination stops to coact with different column stops.

27. In a typewi'iting machine and in tabulating mechanism, the combination with a carriage'and column stops, of a gang of separately operable denomination stops, keys for operating said denomination stops, und a series of keys for movingysaid gang of denomination stops as iin entirety from normal position to anyone of a plurality of ditferent adjusted positions,

l 2S. In a typewriting machine and in tabuluting'inechanisin, the combination with a carriafre, of a series of column stops, each indepeii ently adjustable to different letterspace positions, a series of separately operable denomination stops, keys for operating said denon'iination stops one at a time, and keys for electing a relative adjustment between said series ot denomination stops and .said series of column stops.

29. In a tabuluting mechanism, the coinbination of a series of carriers, a rack therefor, column-.stops upon said carriers at different poiuts therealong, so that certain stops are out of line with others, a set of key-operated denomination stops, and a` uide foiI said denomination stops, said gui e being adjustable to bring the denomination stops into line with any selected column stops.

3l). In a tabiilating mechanism, the cornbination of a series of Ciii'iiei's, a` rack therefor, column stops upon said carriers at different oints thei'ealong, a cci-tain set of said stops orining one iow which is ont of line with another set of said stops forming another row, a set of key-o ierated denomination stops, and a guide or said denomination stops, said guide being adjustable to bring the denomination stops into line with any selected row of column stops, each row extending parallel with said rack.

31. In a tabulating mechanism, the conibination with a series ot key-operated deiioniinatioii stops, of nielns 'for adjusting said series to different; positions and holding them there, a series of cahiers, a rack therefor, column stops uponsaid carriers at different points thei'eulong, a secondrsct oi said stops formingl one row, which is out of lille with another set of saidstops foi/'ming :iiiother row, said'roivsin positions to correspond to the different positions to which the denomination stops niay be adjusted, leach row extending parallel with said i'aelc, and said deiiominalion stops formed upon the `tops of rods ,which iii-c loosely connected utthcii loweimenrls to key-operated devices.

Signed at Syracuse, in the county of Onondaga, ,and State of New York, this` 26th day of March A. l). 1908.

HANNIBAL C. FORD. lfVitncsscs ll. I. SnnDoN, ll. A. J'oiiNs'ioNi-z. 

